A network support specialist is setting up wireless networks for several small companies that are leasing adjacent spaces in an office building.
The network support specialist has already configured an access point for each office with WPA2-AES encryption and minimized any overlap of the wireless channels.
Several of the companies have expressed concerns about performance and security issues due to the high volume of wireless networks being installed in close proximity.
Which of the following actions will BEST mitigate the companies' concerns?
A.
Reduce the TX power on each access point. B.
Enable MAC address filtering on each access point. C.
Disable the SSID broadcast on each access point. D.
Enable AP isolation on each access point.
A.
A network support specialist is setting up wireless networks for several small companies that are leasing adjacent spaces in an office building.
The network support specialist has already configured an access point for each office with WPA2-AES encryption and minimized any overlap of the wireless channels.
Several of the companies have expressed concerns about performance and security issues due to the high volume of wireless networks being installed in close proximity.
Which of the following actions will BEST mitigate the companies' concerns?
A.
Reduce the TX power on each access point.
B.
Enable MAC address filtering on each access point.
C.
Disable the SSID broadcast on each access point.
D.
Enable AP isolation on each access point.
A.
In this scenario, the network support specialist is setting up wireless networks for several small companies that are leasing adjacent spaces in an office building. The companies have expressed concerns about performance and security issues due to the high volume of wireless networks being installed in close proximity.
Option A: Reduce the TX power on each access point. Reducing the transmit power of each access point will reduce the coverage area of the wireless network. This can help mitigate interference from neighboring wireless networks and improve performance. However, reducing the transmit power too much can also reduce the coverage area and signal quality within each office, potentially leading to more connectivity issues for the individual companies.
Option B: Enable MAC address filtering on each access point. MAC address filtering is a security feature that allows or denies access to a wireless network based on the MAC address of a device. While this can help to secure the wireless network, it will not address the concerns of performance issues due to the high volume of wireless networks in close proximity.
Option C: Disable the SSID broadcast on each access point. Disabling the SSID broadcast can help to increase the security of the wireless network by making it harder for unauthorized users to find and connect to the network. However, this will not address the concerns of performance issues due to the high volume of wireless networks in close proximity.
Option D: Enable AP isolation on each access point. AP isolation is a security feature that prevents devices on the wireless network from communicating directly with each other. This can help to improve security by limiting the potential for malicious attacks or unauthorized access. However, this will not address the concerns of performance issues due to the high volume of wireless networks in close proximity.
Therefore, the best option to mitigate the concerns of the companies would be to reduce the transmit power on each access point. This will help to reduce interference from neighboring wireless networks and improve performance without significantly impacting the coverage area or signal quality within each office.